LOOSE CHANGE SECOND EDITION - SEE IT THEN DECIDE!!!!!

Thursday, September 07, 2006

Diebold Voting Machine Hacked in Four Minutes

BlackBoxVoting

Posted on Sep 6, 2006

Bev Harris of BlackBoxVoting recently got her hands on a Diebold voting machine and was able to hack it in four minutes with tools that cost $12. Harris’ handiwork is just the latest demonstration of how vulnerable electronic voting machines are to vote manipulation.

The debate over the legitimacy of these machines is a strange one. On the one hand you have the politicians and government officials who certify the machines insisting that they are safe and reliable. On the other: the bloggers, engineers and technology buffs who’ve been documenting the vulnerabilities of these devices for years. When people who organize their lives around technology celebrate the paper ballot, they may be worth listening to.

No comments:

DISCLAIMER

The posting of stories, commentaries, reports, documents and links (embedded or otherwise) on this site does not in any way, shape or form, implied or otherwise, necessarily express or suggest endorsement or support of any of such posted material or parts therein.

The myriad of facts, conjecture, perspectives, viewpoints, opinions, analyses, and information in the articles, stories and commentaries posted on this site range from cutting edge hard news and comment to extreme perspectives. I choose not to sweep uncomfortable material under the rug - where it can grow and fester. I choose not to censor uncomfortable logic. These things reflect the world as it now is - for better and worse. I present multiple facts, perspectives, viewpoints, opinions, analyses, and information.

Journalism should be the profession of gathering and presenting a broad panorama of news about the events of our times and presenting it to readers for their own consideration. I believe in the intelligence, judgment and wisdom of my readers to discern for themselves among the data which appears on this site that which is valid and worthy...or otherwise